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Official Statement by R1 Wurks:
www.r1wurks.com
R1WURKS (B7 Series) Featherweight HD CVA Bones, 69mm
The ultra-lightweight bones in the B7 series push the boundaries of lightweight design. By reducing the shaft diameter, rotational inertia is further diminished, enabling the swift acceleration and deceleration that professional racers desire.
Compatibility: These super lightweight bones are finely tuned for professional racing, specifically for the 21.5 to 17.5 categories. In lower wind categories like 13.5 and Modified, we recommend using the #900067 R1WURKS B7 Lightweight HD CVA Bones, 69mm.
Notable Features and Specs:
- Weighing only 7.2g for the pair, these outdrives are 34.9% lighter than standard bones.
- Crafted from treated high-yield steel with outstanding flexibility and durability
- Low-friction, durable titanium nitride (TiN) coating
- Enhanced acceleration
- Improved braking responsiveness
- Boosted power transmission
- Reduced motor heat
- Laser-engraved logos and markers for easy identification
R1WURKS (B7 Series) Lightweight Differential Outdrives
Trade your factory differential outdrives for this weight-saving alternative. These outdrives offer the same toughness as stock parts but with a lighter profile.
Notable Features and Specs:
- At just 6.4g for the pair, these outdrives are 16.29% lighter than regular components.
- Crafted from treated high-yield steel with outstanding elasticity and toughness
- Low-friction, robust titanium nitride (TiN) coating
- Enhanced acceleration
- Improved braking responsiveness
- Increased power transmission
- Cooler motor temperatures
- Embossed R1 Wurks logos for visual appeal
R1WURKS R1WURKS (B7 Series) Lightweight Rear CVA Axle
Swap out your factory rear CVA axles for this lightweight version. These axles deliver the durability of stock parts but with a reduced weight.
Notable Features and Specs:
- Weighing in at just 7.9g for the pair, these CVA shafts are 26.85% lighter than conventional parts.
- Crafted from treated high-yield steel with exceptional flexibility and toughness
- Low-friction, durable titanium nitride (TiN) coating
- Enhanced acceleration
- Improved braking responsiveness
- Increased power transmission
- Cooler motor temperatures
- Laser-engraved logos and markers for easy identification
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